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生成可控测试环境的改进方法。

Improved methodology for generating controlled test atmospheres.

作者信息

Miller R R, Letts R L, Potts W J, McKenna M J

出版信息

Am Ind Hyg Assoc J. 1980 Nov;41(11):844-6. doi: 10.1080/15298668091425743.

DOI:10.1080/15298668091425743
PMID:7457377
Abstract

Improved methodology has been developed for generating controlled test atmospheres. Vaporization of volatile liquids is accomplished in a 28 mm (O.D.) glass J-tube in conjunction with a compressed air flameless heat torch, a pressure-sensitive switch, and a positive displacement piston pump. The vaporization system has been very reliable with a variety of test materials in studies ranging from a few days to several months. The J-tube vaporization assembly minimizes the possibility of thermal decomposition of the test material and affords a better margin of safety when vaporizing potentially explosive materials.

摘要

已开发出用于生成可控测试气氛的改进方法。挥发性液体的汽化是在一个外径为28毫米的玻璃J形管中完成的,该J形管与压缩空气无焰加热炬、压敏开关和容积式活塞泵配合使用。在从几天到几个月不等的研究中,该汽化系统对于各种测试材料都非常可靠。J形管汽化组件将测试材料热分解的可能性降至最低,并且在汽化潜在易爆材料时提供了更好的安全边际。

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